75 Ohm Shielded Coaxial RF Cable with PVC or PE Jacket

This listing is a foil-and-braid shielded coaxial RF cable for RF and video signal transmission. It has 75 ohm impedance, a bare copper inner conductor, and a foam PE dielectric. The outer conductor combines adhesive aluminum foil with braided aluminum wire, and listed shielding effectiveness is greater than 70 dB. Connector terminations, cable assemblies, supplied length, and accessories are not specified in the supplied parameters

The stated configuration offers a choice of PVC or PE for the jacket, with a finished cable outside diameter of 6.10 mm. Separate electrical values or separate ordering information for the two jacket materials are not provided. Both alternatives are listed with the same bare copper conductor, foam PE dielectric, and adhesive aluminum foil plus braided aluminum wire outer conductor. Connector termination, packaging, included accessories, and delivery length are not specified

Typical attenuation is listed at 25 deg C and sea level, rising from 0.03 dB/m at 5 MHz to 0.28 dB/m at 1000 MHz. Intermediate values include 0.12 dB/m at 200 MHz and 0.20 dB/m at 550 MHz. The cable is specified with 52 pF/m capacitance, 85% velocity, and 3000 Vrms working voltage. Listed return loss is greater than 20 dB for both VHF and UHF

No connector type or termination interface is identified in the supplied information. Compatibility should therefore be evaluated against the 75 ohm impedance and 6.10 mm cable outside diameter, with connector requirements confirmed separately. The listed bend radius is 32 mm, and the temperature range is -40 to +80 deg C. The cable structure includes a 0.81 mm bare copper conductor and a 3.66 mm foam PE dielectric

For selection or inquiry, specify whether a PVC or PE jacket is required because both materials are listed for this configuration. Provide the intended frequency range so the applicable attenuation values can be reviewed, since attenuation is stated from 5 MHz through 1000 MHz. Installation details should include bend conditions and the expected temperature environment in relation to the 32 mm bend radius and -40 to +80 deg C range.